This instructional video shows how ANSYS SpaceClaim 17.1 can be used for reverse engineering and walks through the steps to convert a scanned surface of a gear (a STL file) into a 3d CAD model that can be used for manufacturing.
Finite Element models continue to grow in size and analyzing a large number of components in an assembly is becoming…
To preface this topic, let's cover a few basics first: Question: In a heat transfer analysis, which material will heat…
In a random vibration analysis, it is assumed that the loading and response is statistical in nature and it can be…
I thought I’d have a little fun using simulation and see if I could reproduce the behavior of a few animations I…
This instructional video shows how easy it is to use ANSYS SpaceClaim Direct Modeler to turn a CAD model into a…
I thought I’d expand a little more upon my last post on: “How Do You Find the Peak Stress in a Harmonic Response…
This question has come up a couple times recently so I'll describe a general approach that can be used in this post…
How do you determine the compressibility of a material and then use that information in a finite element simulation?…
There are a couple main approaches that are used in solving the numerical equations in an implicit structural problem…
Getting Started with SpaceClaim in ANSYS 17.0 - ANSYS e-Learning ANSYS SpaceClaim Direct Modeler (SCDM) software…
In my ansys 17.1, I didn't see facets function in toolbar. can i ask how to open. thank you
Technical Sales Manager ve společnosti Meusburger Georg GmbH & Co KG
9yNice demo, I particularly like the fit splines and imprint function used to create the tooth tool, although I must say, the STL file is very nice. If this would be a 3d scan it would be more messy and harder to use. Nevertheless Spaceclaim is so far the best tool for reverse engineering on the market!
SpaceClaim continues to make things easier.